• -41%

4S 20A 14,8V Li-ion BMS PCM akkumulátorvédő kártya bms dbm lítium LicoO2 Limn2O4 18650 li akkumulátorhoz

440 Ft 41% megtakarítás
746 Ft
Nincs adó
Features:
1) high-accuracy voltage detection circuit;
2) terminal of the charger using high voltage device;
3) Built-in three-stage over-current detection circuit (over-current 1, over-current 2, or load short circuit);
4) MOS transistor can control the battery charge and discharge;
5) low standby current consumption.
 
Parameter:
 
 
 
BMS solder instruction:
B4  connected battery positive;
B3  the connect point between battery 1 and battery 2
B2  connect the point between battery2 and battery 3 
B1   connect the point between battery 3 and battery 4
B- connect to battery negative end 
b4  connection charge / discharge positive;
P-  connection charge / discharge negative
 
 
 
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4S 20A 14,8V Li-ion BMS PCM akkumulátorvédő kártya bms dbm lítium LicoO2 Limn2O4 18650 li akkumulátorhoz
4S 20A 14.8V li-ion BMS PCM battery protection board bms pcm for lithium LicoO2 Limn2O4 18650 li battery
Features:
1) high-accuracy voltage detection circuit;
2) terminal of the charger using high voltage device;
3) Built-in three-stage over-current detection circuit (over-current 1, over-current 2, or load short circuit);
4) MOS transistor can control the battery charge and discharge;
5) low standby current consumption.
 
Parameter:
 
 
 
BMS solder instruction:
B4  connected battery positive;
B3  the connect point between battery 1 and battery 2
B2  connect the point between battery2 and battery 3 
B1   connect the point between battery 3 and battery 4
B- connect to battery negative end 
b4  connection charge / discharge positive;
P-  connection charge / discharge negative
 
 
 
1005002197358026 - supersel
1005002197358026
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4S 20A 14,8V Li-ion BMS PCM akkumulátorvédő kártya bms dbm lítium LicoO2 Limn2O4 18650 li akkumulátorhoz

Features:
1) high-accuracy voltage detection circuit;
2) terminal of the charger using high voltage device;
3) Built-in three-stage over-current detection circuit (over-current 1, over-current 2, or load short circuit);
4) MOS transistor can control the battery charge and discharge;
5) low standby current consumption.
 
Parameter:
 
 
 
BMS solder instruction:
B4  connected battery positive;
B3  the connect point between battery 1 and battery 2
B2  connect the point between battery2 and battery 3 
B1   connect the point between battery 3 and battery 4
B- connect to battery negative end 
b4  connection charge / discharge positive;
P-  connection charge / discharge negative
 
 
 

Write your review

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